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automotive brake

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Automotive Braking System Testing

Summary

Testing of automotive brake master cylinders (wheel cylinders) is a key process to verify the perfor

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Detailed Introduction

Testing of automotive brake master cylinders (wheel cylinders) is a key process to verify the performance of core components in the brake hydraulic system. The master cylinder converts pedal mechanical force into hydraulic energy, while the wheel cylinder transmits hydraulic energy to the brake for stopping. Tests include: 1. Pressure sealing test to detect leaks in the cylinder body, piston, and pipelines under rated pressure; 2. Pressure generation capability to ensure output pressure meets design standards; 3. Durability testing to simulate wear and performance degradation of piston components during frequent braking; 4. Environmental adaptability under low/high temperatures to examine response stability in extreme conditions. Through bench tests simulating various scenarios (e.g., emergency braking, continuous braking), the tests ensure efficient pressure transmission, action consistency, and reliability of master and wheel cylinders, serving as a critical premise for brake system safety.

Testing of automotive brake master cylinders (wheel cylinders) is a key process to verify the performance of core components in the brake hydraulic system. The master cylinder converts pedal mechanical force into hydraulic energy, while the wheel cylinder transmits hydraulic energy to the brake for stopping. Tests include: 1. Pressure sealing test to detect leaks in the cylinder body, piston, and pipelines under rated pressure; 2. Pressure generation capability to ensure output pressure meets design standards; 3. Durability testing to simulate wear and performance degradation of piston components during frequent braking; 4. Environmental adaptability under low/high temperatures to examine response stability in extreme conditions. Through bench tests simulating various scenarios (e.g., emergency braking, continuous braking), the tests ensure efficient pressure transmission, action consistency, and reliability of master and wheel cylinders, serving as a critical premise for brake system safety.

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automotive brake

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